Peter Randall-Page was born in the UK in 1954 and studied sculpture at Bath Academy of Art from 1973-1977. During the past 25 years he has gained an international reputation through his sculpture drawings and prints. A selection of his public sculptures can be found in many urban and rural locations throughout the UK and his work is in the permanent collections of the Tate Gallery and the British Museum amongst others. His work is also held in numerous public and private collections throughout the world including Japan, South Korea, Australia, USA, Ireland, Germany and the Netherlands.

Peter Randall-Page’s practice is inspired by the study of organic form and the natural world. His beautiful, often deceptively simple, sculpture offers a unique insight into nature’s elements. By scrutinising the complicated systems and mathematical sequences that are the blueprint of growth and form, much of Randall-Page’s work focuses on the tension and wonder of the symbiotic relationship between order and randomness. Geometry of Desire III is part of a series of five unique Rosso Luana Marble pieces.

Peter Randall-Page was born in the UK in 1954 and studied sculpture at Bath Academy of Art from 1973-1977. During the past 25 years he has gained an international reputation through his sculpture drawings and prints. A selection of his public sculptures can be found in many urban and rural locations throughout the UK and his work is in the permanent collections of the Tate Gallery and the British Museum amongst others. His work is also held in numerous public and private collections throughout the world including Japan, South Korea, Australia, USA, Ireland, Germany and the Netherlands.

Peter Randall-Page’s practice is inspired by the study of organic form and the natural world. His beautiful, often deceptively simple, sculpture offers a unique insight into nature’s elements. By scrutinising the complicated systems and mathematical sequences that are the blueprint of growth and form, much of Randall-Page’s work focuses on the tension and wonder of the symbiotic relationship between order and randomness.